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Ride-On Floor Scrubber X6S
This compact ride-on floor scrubber features a 660mm dual-disc brush, 40kg downward brush pressure, and large 100L clean/110L recovery tanks, delivering the high-efficiency deep cleaning performance of a mid-sized machine. It is equipped with electromagnetic auxiliary braking, a 450W brushless drive, and powerful motors, ensuring strong performance and safety. Combined with Tianneng maintenance-free batteries, an integrated master control, an all-aluminum die-cast squeegee, and an innovative filter basket, it delivers exceptional performance, durability, and easy maintenance.
Floor Cleaning Robot THUNDER GOD GT
Cleaning Efficiency: 2,160 m²/h
Brush Contact Pressure: 33 kg
Battery Life: • Dust Mopping: 10 h
• Floor Washing: 5 h
Trike High-Pressure Washer
Powered by a 13-horsepower Honda engine paired with an Italian AR high-pressure water pump, featuring adjustable pressure from 100 to 275 bar. It adopts a Zongshen three-wheel chassis equipped with a 1200W driving motor, and a recessed water tank design to lower the vehicle's center of gravity for more stable and safe operation.
Industrial Vacuum Cleaner XC2400B
Schneider / DELIXI electronic control system is equipped with multiple protections against overheating, overload, and phase loss. The air outlet features a built-in silencing structure for noise reduction; it is configured with lockable industrial PU casters and a full set of specialized vacuum accessories. The entire machine is made of stainless steel, ensuring safe operation and flexible mobility to adapt to various factory working conditions.
Industrial Floor Sweeper S800 Plus
Equipped with an AC drive motor and a rare-earth permanent magnet vacuum fan, it features 35° gradeability and intelligently adjustable anti-collision side brushes suitable for multiple cleaning scenarios. The lightweight anti-corrosion frame of the entire machine is 200kg lighter than similar models and saves 30% on battery energy, offering high durability and lower maintenance costs.
RIDE-ON FLOOR SWEEPER A900
MINGZUN drive motor equips with multiple working motors, and it delivers abundant power and effortlessly handles 35° inclines. It comes standard with an electric dust-shaking system and a large-area roller filtration system, eliminating the need for manual filter cleaning. The rotational-molded body combined with a steel plate chassis provides wear resistance, impact resistance, and corrosion-proof durability.
RIDE-ON FLOOR SWEEPER A300
MINGZUN drive motor equips with multiple working motors, and it delivers abundant power and effortlessly handles 35° inclines. It comes standard with an electric dust-shaking system and a large-area roller filtration system, eliminating the need for manual filter cleaning. The rotational-molded body combined with a steel plate chassis provides wear resistance, impact resistance, and corrosion-proof durability.
Ride-On Floor Scrubber ERLANG SHEN
One-piece rotational-molded body is corrosion-resistant and wear-resistant; magnetic disc brush allows for convenient disassembly and assembly; integrated electronic control with motor soft start extends service life; dual-induction auto-stop design for the recovery tank when full ensures low failure rate, simple maintenance, and durability.
Industrial Floor Cleaning Robot Thunder God (All-Purpose Model)
Cleaning Efficiency: 2,010 m²/h
Brush Contact Pressure: 27 kg
Battery Life: • Dust Mopping: 10 h 
                      • Floor Washing: 5 h
Site-First View of Industrial Vacuum Cleaner Applications for Dust, Chips, Slag, and Liquids
2026 / - 08 / - 27

This article outlines a practical approach to selecting and deploying cleaning equipment for industrial factories and facilities. It emphasizes that floor cleaning should not be evaluated by area alone; instead, different soils—such as oil, dust, metal chips, and welding slag—require distinct workflows. By implementing a "soil separation" method (sweeping or vacuuming loose debris before scrubbing), facilities can reduce repeat passes, equipment wear, and wet-floor risks. Furthermore, the article advises buyers in multi-shift plants to look beyond headline prices and focus on uptime, tank capacity, consumable replacement, and long-term service support to build an efficient, multi-machine cleaning workflow.

Industrial Cleaning Robot Selection: Why Route Stability Comes First
2026 / - 08 / - 26

Discover a comprehensive guide to selecting industrial cleaning robots. Learn how to evaluate route stability, match SIBEN cleaning equipment to your facility's workflows, navigate real-world deployment challenges, and apply proven B2B buyer decision criteria to maximize efficiency and ROI.

Industrial Workshop Floor Cleaning Guide: Equipment Pairing & Smart Purchasing
2026 / - 08 / - 25

Factory workshops often struggle with complex contaminants like oil stains, dust, metal shavings, and welding slag. A single machine is rarely enough. This article outlines a comprehensive strategy for pairing industrial floor scrubbers, sweepers, and heavy-duty vacuum cleaners based on workflow rhythms and site zoning. It provides practical procurement criteria, helps buyers avoid low-price pitfalls, and emphasizes multi-shift durability, rapid floor drying, and total lifecycle cost efficiency.

Industrial Cleaning Robot Deployment Guide: Route Stability and Equipment Selection
2026 / - 08 / - 24

This guide provides a comprehensive framework for buyers evaluating industrial cleaning robots and equipment. It outlines essential site assessment criteria—such as route stability, obstacle handling, and infrastructure readiness—and details how to match SIBEN cleaning solutions (including Leishen GT and Fengshen) to specific facility workflows for optimal return on investment.

Industrial Cleaning Equipment: Rental vs. Purchase? A Complete Buyer's Decision Guide
2026 / - 08 / - 19

This article provides a scenario-specific decision-making guide for facility teams comparing the rental versus purchase of industrial cleaning equipment. The author emphasizes that decisions should not be based solely on monthly rent or purchase prices, but rather on the Total Cost of Ownership (TCO), including labor savings, maintenance responsibilities, downtime risks, and usage frequency. By evaluating actual operational workflows—such as cleaning areas, soil types, and working windows—businesses can select the optimal equipment strategy to maximize efficiency and control long-term costs.

How to Choose Low-Noise Industrial Cleaning Equipment for Malls, Hospitals, and Schools Based on Cleaning Conditions
2026 / - 08 / - 21

Addressing the noise-sensitive environments of shopping malls, hospitals, and schools, this article analyzes their unique working conditions, including customer traffic flows, 24/7 noise sensitivity, and class schedules. By comparing cleaning pain points across these venues, it offers targeted recommendations for low-noise industrial cleaning equipment: malls prioritize efficiency and Eco-silent modes; hospitals demand ultra-silent performance (56-60 dB) and antibacterial features; and schools balance indoor quietness with multi-surface adaptability. A core comparison table is included to guide facility managers and procurement teams in making informed, high-efficiency decisions.

Industrial Vacuum Selection and Cleaning Equipment Guide
2026 / - 08 / - 20

This guide outlines key considerations for selecting industrial vacuums and floor scrubbers based on dust types, particle sizes, and debris. It highlights the importance of using industrial vacuums as a pre-cleaning tool before wet scrubbing, introduces SIBEN’s automated and standard equipment matching solutions, and provides practical decision criteria to optimize long-term facility cleaning costs.

Guide to Industrial Cleaning Equipment Procurement and Manufacturer Evaluation
2026 / - 08 / - 18

This article explores key factors in industrial cleaning equipment procurement, highlighting that a manufacturer's service capabilities—such as after-sales maintenance, parts supply, and training—are just as critical as machine performance. It guides buyers on scientifically pairing scrubbers, sweepers, and cleaning robots based on workflow, floor materials, and traffic flow, while evaluating total cost, delivery, and support for long-term operational success.